AbstractIn this study we propose an equation for the flow through a porous solid that includes the equations due to Darcy and Brinkman as special sub-cases. The model is particularly well suited for describing the flow when the range of the pressure is sufficiently large, as it takes into account the possibility that the viscosity and the drag coefficient can be functions of the pressure. We can see a marked departure in the pressure field with respect to the classical Darcy solution with a narrow boundary layer within which the pressure suffers most of its drop
This is the first of two articles dealing with fluid flow in compressible porous media. In this arti...
AbstractThis paper deals with three fundamental modelling questions for the Darcy and Brinkman equat...
In this paper, the generalized Brinkman's equation for a viscoelastic fluid is derived using the vol...
The most interesting and technologically important problems in the study of flow through porous medi...
A novel formulation for the boundary conditions to be applied at a porous surface is proposed. Inter...
Flow of incompressible fluids through porous media plays a crucial role in many technological applic...
It is long known that for high-velocity fluid flow in porous media, the relation between the pressur...
It is long known that for high-velocity fluid flow in porous media, the relation between the pressur...
Effects of the bounding solid walls are examined numerically for slow flow overregular, square array...
The momentum transfer mechanism between the fluid and solid phases and the practical implications of...
International audienceWe measured the pressure drop vs flow rate during the flow, in a wide range of...
The momentum transfer mechanism between the fluid and solid phases and the practical implications of...
International audienceWe measured the pressure drop vs flow rate during the flow, in a wide range of...
International audienceWe measured the pressure drop vs flow rate during the flow, in a wide range of...
International audienceWe measured the pressure drop vs flow rate during the flow, in a wide range of...
This is the first of two articles dealing with fluid flow in compressible porous media. In this arti...
AbstractThis paper deals with three fundamental modelling questions for the Darcy and Brinkman equat...
In this paper, the generalized Brinkman's equation for a viscoelastic fluid is derived using the vol...
The most interesting and technologically important problems in the study of flow through porous medi...
A novel formulation for the boundary conditions to be applied at a porous surface is proposed. Inter...
Flow of incompressible fluids through porous media plays a crucial role in many technological applic...
It is long known that for high-velocity fluid flow in porous media, the relation between the pressur...
It is long known that for high-velocity fluid flow in porous media, the relation between the pressur...
Effects of the bounding solid walls are examined numerically for slow flow overregular, square array...
The momentum transfer mechanism between the fluid and solid phases and the practical implications of...
International audienceWe measured the pressure drop vs flow rate during the flow, in a wide range of...
The momentum transfer mechanism between the fluid and solid phases and the practical implications of...
International audienceWe measured the pressure drop vs flow rate during the flow, in a wide range of...
International audienceWe measured the pressure drop vs flow rate during the flow, in a wide range of...
International audienceWe measured the pressure drop vs flow rate during the flow, in a wide range of...
This is the first of two articles dealing with fluid flow in compressible porous media. In this arti...
AbstractThis paper deals with three fundamental modelling questions for the Darcy and Brinkman equat...
In this paper, the generalized Brinkman's equation for a viscoelastic fluid is derived using the vol...